Research Associate at Chair of Applied Mechanics, TU Munich (Supervisor: Prof. Dr. Rixen)Fields:• Mechanical Vibration• Structural Dynamics• System Identification• Nonlinear Dynamics• Numerical Modeling• VibroacousticsCurrent Research Projects:• Advancements in Experimental Substructuring• Characterization and Modeling of Joints in Vibration AnalysisConsulting and Industrial activities (Boeing, Bosch, BMW, Hilti, Zeiss):• Advanced computational strategies for FE and Multibody• Simulations in structural dynamics and vibroacoustics• Experimental system identification and modeling• Substructuring and model reduction• Vibration testing and NVH predictionsFormer Industrial Projects:• Development of strategies for modeling connection elements in vibration simulations (BMW Motorrad)• Coupling Test-based and Computer-based Models to Predict Critical NVH Issues in Automobiles (VIBES technology, BMW Automotive)Teaching:• Lab Structural Dynamics• Experimental Vibration AnalysisWebsite:https://www.mw.tum.de/en/am/staff/employees/scientific-employees/francesco-trainotti/

Fields: Noise and Vibration Analysis - Structural Dynamics - Dynamic Substructuring Tasks: • Vibration measurements• Experimental/Operational Modal Analysis• FEM simulationsResearch Projects: • Vibration Analysis at Center for Advanced Laser Applications (TU-AM)• Using Laser Vibrometry for Precise FRF Measurements in Experimental Substructuring (TU-AM)• FRF Acquisition with a 3D Laser Scanning Vibrometer in Experimental Substructuring (TU-AM)• Virtual Acoustic Prototypes of Vehicles from Substructuring (BMW)• Powertrain NVH Target Cascading based on powertrain test rig and simulation (Hyundai)

Developing an open-source Python package für Frequency Based Substructuring and Transfer Path Analysis